DB521 / DB521P Compact Ionizing Bar

The compact ion bar of pulsed AC technology has significantly improved electrostatic neutralization capabilities. Through high-frequency pulse modulation, the ion bar can release a large number of positive and negative ions in an instant. Compared with the traditional AC mode of continuous output, its pulse characteristics can not only accurately adjust the ion balance, but also ignificantly extend the service life of the ion needle and reduce the accumulation of dirt. This makes
it perform particularly well in scenarios that require high electrostatic control, such as PCB board assembly and high-speed
production lines, and escort production efficiency and product quality

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Performance: ❯ Using pulse AC to achieve high-speed electricity removal; ❯ Meets electronics industry standards, less than ± 35V; ❯ Can be close, long distance or space in addition to electricity; ❯ Reduce performance degradationcaused by dust adhesion; ❯ Operating indicator light To the scheduled cleaning cycle red alert; ❯ Support remote start and stop, output alarm signal and maintenance signal

Key Features: ❯ High-speed static removal; ❯ Adjustable ion balance; ❯ Adjustable positive and negative ions; ❯ Clean Air Barrier Technology; ❯ Cleaning alarm function; ❯ Support PLC control, RS485

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Product Parameter

Model
DB521 / DB521P
Ion generation method
Corona discharge method
Discharge method
Pulse AC mode / ± 4000 ~ ± 7000V
Ion balance
±30V
Alarm indication
Status Alarm, Ion Alarm, Clean Alarm
Air connection port
6mm
Bar length
210mm→235mm→260mm~335mm
Warranty
One year

Product Details

Compact Ionizing Bar

TECHNOLOGY:Pulse AC
BALANCE:±30V
DECAY:≤1.5S

0.2MPa, 68Hz, 1000V to 100V at different distances

Typical dissipation time from +1000V to +100V at 0.2MPa, 68Hz, at different distances

PulseACmethod

Each needle produces positive and negative ions, and adopts an adjustable design to improve the static elimination ability and maintain a highly stable ion balance.

Clean Air Barrier Technology

The independent airflow design is adopted to separate the ion needle barrier air from the ion transport air to avoid instability caused by pressure concentration.